public DSP()
{
CreateDSP();
Thread.Sleep(100);
DttSP.ReleaseUpdate();
dsp_rx = new DSPRX[NUM_RX_THREADS][];
for(int i=0; i<NUM_RX_THREADS; i++)
{
dsp_rx[i] = new DSPRX[NUM_RX_PER_THREAD];
for(int j=0; j<NUM_RX_PER_THREAD; j++)
dsp_rx[i][j] = new DSPRX((uint)i*2, (uint)j);
}
dsp_tx = new DSPTX[1];
dsp_tx[0] = new DSPTX(1);
dsp_rx[0][0].Active = true; // enable main RX
//dsp_tx[0].Active = true; // enable main TX
// set for half duplex
DttSP.SetThreadProcessingMode(0,2);
DttSP.SetThreadProcessingMode(1,1);
}
public void Copy(DSPRX rx)
{
this.AudioSize = rx.audio_size;
this.DSPMode = rx.dsp_mode;
this.SetRXFilter(rx.rx_filter_low, rx.rx_filter_high);
this.NoiseReduction = rx.noise_reduction;
this.SetNRVals(rx.nr_taps, rx.nr_delay, rx.nr_gain, rx.nr_leak);
this.AutoNotchFilter = rx.auto_notch_filter;
this.SetANFVals(rx.anf_taps, rx.anf_delay, rx.anf_gain, rx.anf_leak);
this.RXAGCMode = rx.rx_agc_mode;
this.RXEQNumBands = rx_eq_num_bands;
if (this.rx_eq_num_bands == 3)
{
this.RXEQ10 = rx.rx_eq10;
this.RXEQ3 = rx.rx_eq3;
}
else
{
this.RXEQ3 = rx.rx_eq3;
this.RXEQ10 = rx.rx_eq10;
}
this.RXEQOn = rx.rx_eq_on;
this.NBOn = rx.nb_on;
this.NBThreshold = rx.nb_threshold;
this.RXCorrectIQMu = rx.rx_correct_iq_mu;
this.SDROM = rx.sdrom;
this.SDROMThreshold = rx.sdrom_threshold;
this.RXFixedAGC = rx.rx_fixed_agc;
this.RXAGCMaxGain = rx.rx_agc_max_gain;
this.RXAGCAttack = rx.rx_agc_attack;
this.RXAGCDecay = rx.rx_agc_decay;
this.RXAGCHang = rx.rx_agc_hang;
this.RXOutputGain = rx.rx_output_gain;
this.RXAGCSlope = rx.rx_agc_slope;
this.RXAGCHangThreshold = rx.rx_agc_hang_threshold;
this.CurrentWindow = rx.current_window;
this.SpectrumPolyphase = rx.spectrum_polyphase;
this.BinOn = rx.bin_on;
this.RXSquelchThreshold = rx.rx_squelch_threshold;
this.FMSquelchThreshold = rx.fm_squelch_threshold;
this.RXSquelchOn = rx.rx_squelch_on;
this.SpectrumPreFilter = rx.spectrum_pre_filter;
this.Active = rx.active;
this.Pan = rx.pan;
this.RXOsc = rx.rx_osc;
this.DCBlock = rx.dc_block;
this.RXFMDeviation = rx.rx_fm_deviation;
}